2009 Audi Q5 3.0L Diesel · T27 NJC

This vehicle lacks any documented MOT history, rendering a formal roadworthiness assessment impossible. Without a single test record, there is no baseline to evaluate maintenance trends, recurring faults, or the vehicle’s structural condition. The absence of even a single MOT certificate—particularly one from the last three years—means critical components such as suspension integrity, exhaust emissions, and brake functionality remain unverified. Buyers must treat this as a high-risk purchase, assuming no prior compliance with UK roadworthiness standards. Mileage data is entirely absent, which complicates any assessment of usage patterns. A 2009 Audi Q5 should have accumulated significant mileage by 2026, typically exceeding 80,000–100,000 miles under normal conditions. The lack of recorded mileage suggests either deliberate concealment or a vehicle that has not been driven frequently, which could indicate neglect or off-road storage. Without this information, it is impossible to determine whether wear items like tyres, brakes, or suspension components have been replaced or degraded over time. Given the complete absence of MOT records, an immediate priority for any prospective buyer is a thorough mechanical inspection. Focus on the suspension system—particularly coil springs, bushes, and stabiliser links—for signs of fatigue or corrosion, as these are common failure points in high-mileage Audi models. The braking system demands scrutiny: check for uneven wear on discs, glazed pads, and binding calipers, which are often overlooked until they become safety hazards. Structural corrosion, particularly around wheel arches, sills, and the subframe, should be inspected for rust penetration that could compromise the chassis. Exhaust emissions and catalytic converter integrity are also critical, as pre-2015 models are prone to catalytic failure if fuel or oil dilution has occurred. Finally, verify the service history for oil changes, timing belt (if applicable), and differential fluid—all of which directly impact long-term reliability.